ThinksMarkedly wrote:Theemile wrote:Wait. Duh... ACMs in a salvo share data and commands via a mesh network (mentioned in UH), so we know there already are ACM to ACM comms with the ability to update the swarm with instructions from the firing platform if some are cut off for some reason. The big question is what radios do the mesh network use and what are their range?
Communication between ACMs in the same salvo is easy, just use light-speed comms (electromagnetic waves, a.k.a. radio, microwave or laser links). By the time of the ACM deployment, radio communication will have been a solved problem for 22 centuries. If space in the missile is at a premium, use something that weighs very little instead of a bulky FTL transmitter which you don't need anyway.
We don't know if the FTL transceiver can operate in any direction, even if not omnidirectionally. Today, we can use phased antennae to direct a signal to a specific direction, without moving parts. Whether that's possible with FTL, we don't know.
What I think the biggest challenge for missile-to-missile communication will be the wedges. We know a ship can sense through its wedge roof and floors, but it takes computing power. Given that missiles must stay pointed at the target lest they lose the target lock, it's unlikely they can normally see through their own wedges. The ACM may be different, since it carries no warhead, but the FTL transmitter and a more powerful computer.
We also don't know if FTL transmissions can cross a wedge distortion. It's conceivable the wedge interferes since it is detectable at FTL speeds, so it necessarily affects the alpha wall.
Of course, this problem can be solved by having all the missiles (not just the ACMs) fly on roughly the same plane, no more than a few km above or below it.
Wait! You don't actually need all missiles to talk to all other missiles: a message may bounce through multiple ACMs until it reaches the destination. So as long as each ACM is in line-of-sight not obstructed by wedges to at least one other ACM, the entire salvo is in theory in meshed connectivity.
I just got hit by another duh. This problem is already fixed in the mk-25 ACM, a larger 4 drive missile with a larger grav comm array for the longer longer range of the missiles.
Why not swimm a mk-25 ACM out the Boatbay and have it run in parallel to the sensor designated mk 23-e and swarm. It could relay between firing ship and the missile salvo, and be with the salvo, reducing any delay required by chaining shorter ranged mk-23e missiles.
Or, if possible, carry a couple mk25 pods somewhere just for this use, if they are small enough to do so.